Panduit STP6X3.5MYL Copper Patch Cord Cat 6a

Product Description

The PANDUIT STP6X3.5MYL is a shielded copper patch cord rated for Category 6a network infrastructure. It is designed to support high-speed data transmission in structured cabling systems, delivering the bandwidth and noise immunity required for 10-Gigabit Ethernet applications. The yellow jacket aids in cable identification and color-coded pathway management. This patch cord is installed by low-voltage cabling technicians, network engineers, and IT infrastructure professionals working in commercial, data center, and enterprise environments.

The STP6X3.5MYL is suited for use in structured cabling installations that require Cat 6a shielded performance. It connects patch panels to switches, servers, and other active equipment in rack and cabinet environments. The shielded construction makes it appropriate for environments with elevated electromagnetic interference, including industrial and data center settings where signal integrity is critical.

Key Features

• Category 6a rating supports 10-Gigabit Ethernet at up to 500 MHz bandwidth
• Shielded twisted pair (STP) construction provides EMI and crosstalk rejection
• Yellow jacket enables color-coded cable management and quick visual identification
• Copper conductor construction ensures reliable signal transmission
• Factory-terminated ends reduce installation error and field termination time

Compatibility

Designed as an OEM-style replacement and standard-fit patch cord for Cat 6a shielded structured cabling systems and compatible patch panels, keystones, and switches supporting shielded RJ45 interfaces.

Installation Notes

Installation is typically performed by low-voltage technicians or network cabling professionals. Ensure that all connecting hardware, including patch panels and switch ports, is rated for Cat 6a shielded use to maintain full system performance. Shielded patch cords require proper ground continuity throughout the cabling system; verify shield grounding at both ends per TIA-568 or ISO/IEC 11801 guidelines. Avoid sharp bends and observe the manufacturer minimum bend radius to prevent signal degradation.